Selected article for: "amino acid and RBD domain"

Author: Hunt, Catherine L.; Lennemann, Nicholas J.; Maury, Wendy
Title: Filovirus Entry: A Novelty in the Viral Fusion World
  • Document date: 2012_2_7
  • ID: 1j9zmuub_9
    Snippet: Mature GP 1 is composed of three distinct domains: the RBD, the glycan cap and a heavily O-linked glycosylated mucin-like domain. The RBD in mature ZEBOV GP 1 is located from amino acid ~54 to 201 and composed of a base region and a region that interacts with one or more receptors on the surface of cells ( Figure 1 ) [10] . While RBDs of the different EBOV strains are relatively conserved, only 47% identity between EBOV and MARV RBDs exists. None.....
    Document: Mature GP 1 is composed of three distinct domains: the RBD, the glycan cap and a heavily O-linked glycosylated mucin-like domain. The RBD in mature ZEBOV GP 1 is located from amino acid ~54 to 201 and composed of a base region and a region that interacts with one or more receptors on the surface of cells ( Figure 1 ) [10] . While RBDs of the different EBOV strains are relatively conserved, only 47% identity between EBOV and MARV RBDs exists. Nonetheless, EBOV and MARV GP pseudovirions compete with each other for filoviral GP 1,2 -dependent entry into permissive cells, indicating that a common receptor or receptors are used by both viruses [10, 11] .

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